DESCRIPTION

This is a high-quality, game-ready 3D model of the Apollo e2m — a professional-grade Dante-powered headphone amplifier and stereo audio interface designed by Universal Audio. Ideal for use in product visualization, studio simulations, music production environments, or broadcast motion graphics, this model accurately replicates the real-world device in both form and proportion.

Every detail, from the metallic chassis to the precise input/output ports, has been carefully modeled to match reference images and manufacturer specifications. With optimized quad-based topology, clean UVs, and high-resolution PBR textures, this model is suitable for real-time applications (like Unreal Engine, Unity), as well as high-end render engines (Cycles, V-Ray, Arnold, etc.).

Features:

  • Realistic 3D model of the Apollo e2m Dante Headphone Amp

  • Clean topology, non-overlapping UVs

  • PBR materials included: Albedo, Roughness, Metallic, Normal, AO

  • Real-world scale and centered pivot point

  • Detailed front and rear ports, including:

  • Dual headphone outputs (¼″ and ⅛″)

  • Volume knob, mute switches

  • Balanced ¼″ TRS line inputs & outputs

  • PoE-powered Ethernet (Dante-compatible) port

Included Files:

  • Model: .FBX

  • Textures: 4K PNG (Albedo, Roughness, Metallic, Normal, AO)

  • Render previews included

Technical Info:

  • UVs: Non-overlapping, unwrapped

  • Texture Resolution: 4096x4096

  • Scale Units: Centimeters

  • Compatible with: Blender, Maya, 3ds Max, Cinema 4D, Unreal, Unity

Use Cases:

  • Studio gear visualization

  • Audio workstation scenes

  • Virtual sets for streaming or film

  • AR/VR and real-time projects

  • Product marketing and advertising renders

Hope you liked it. Thanks

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Apollo e2m 3D model

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Native file format
BLEND
Size: 5.67 MB
Renderer: Cycles | 4.4 | 4.4
Exchange formats
OBJ
OBJ<br />File Size: 64.2 MB
FBX
Autodesk FBX<br />File Size: 19.2 MB
PNG
PNG | 2 files<br />File Size: 6.42 MB
STL
Stereolithography<br />File Size: 43.4 MB
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Low-poly
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1365126 polygons
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/ 455436 vertices
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